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Powering Our Future Grades 3-6 March 25, 2017 Presented by SRP Community Outreach Kevin.rolfe@srpnet.com Cscott.greenhalgh@eduprizeschools.net msinskeep60@msn.com.

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Presentation on theme: "Powering Our Future Grades 3-6 March 25, 2017 Presented by SRP Community Outreach Kevin.rolfe@srpnet.com Cscott.greenhalgh@eduprizeschools.net msinskeep60@msn.com."β€” Presentation transcript:

1 Powering Our Future Grades 3-6 March 25, 2017 Presented by SRP Community Outreach
Kevin

2 RENEWABLE ENERGY CURRICULUM

3 Energy Bingo Claudine

4 Energy BINGO Find people around the room who can answer the statements Write their name in the corresponding box on your bingo card First person to fill their BINGO card gets a prize!

5 Overview of Powering Our Future
Renewable Energy Curriculum Materials 3 modules 4th-6th 6th-8th High School (solar-focused) Written by Environmental Education Exchange with the help of over 70 local teachers and administrators Correlated to College and Career Readiness State Standards NGS Standards being implemented Wealth of activities, but also a springboard for digging deeper in renewable energies Claudine

6 Energy Literacy WHAT DOES IT MEAN?

7 Resources What are Natural resources? What are Renewable resources?
What are Nonrenewable resources?

8 Resources and Electricity
What resources are used to generate electricity? Which resources used to generate electricity are renewable? What is Clean Energy?

9 What are all the things students/people should know about energy?
Energy Literacy What are all the things students/people should know about energy? Brainstorm your ideas on Post-it notes Organize your ideas on chart paper Justify your thinking Robin

10 Forms of Energy 6-8, Unit 1, Lesson 3 Energy Transformations

11 Ability to do work or cause change
What is energy? Ability to do work or cause change Produces Warmth Produces Light Produces Sound Produces Movement Produces Growth

12 Classes of Energy Potential Kinetic
Stored energy or energy of position Gravitational Nuclear Chemical Kinetic Energy of motion Motion Electrical Sound Radiant Thermal

13 Potential Energy Gravitational Energy
Energy an object or substance has because of its position Anything β€œup high”

14 Holds the atom together
Potential Energy Nuclear Energy Energy stored in the nucleus of an atom Holds the atom together

15 Potential Energy Chemical Energy The energy stored in the bonds between atoms Holds molecules together Perspective Drawing Molecular Formula

16 Kinetic Energy Mechanical (Motion) Energy Movement of objects or substances from one place to another .

17 Electrical Energy Movement of electrons
Kinetic Energy Electrical Energy Movement of electrons NOT AN ELECTRON PARADE!

18 Kinetic Energy Sound Energy
Movement of energy through substances in the form of longitudinal/compression waves

19 Radiant Energy Electromagnetic energy that travels in transverse waves
Kinetic Energy Radiant Energy Electromagnetic energy that travels in transverse waves

20 Kinetic Energy Thermal (Heat) Energy
Internal energy of a substance due to the vibration of atoms and molecules making up the substance

21 Energy Transfers Energy can not be created nor destroyed, only changed. Law of Conservation of Energy First Law of Thermodynamics Energy will always transfer from high to low. No energy transfer is 100% efficient.

22 Can Natural Resources Do It All
Can Natural Resources Do It All? POF Website, Module 6-8, Unit 1, Lesson 1 Sarah

23 Where Does Arizona Get Electricity?
There are 10 sections. Think in terms of fractions or percentages. If you color in 5 sections, that would be 𝟏 𝟐 or 50%. If you colored in 3 sections, that would be 𝟏 πŸ‘ or 30%. Try to think of all the resources Arizona uses. Assign a value to each. Robin

24 How is Electrical Energy Generated?
Coal Plant Simulation Adapted from NEED.org, Primary Energy Stories and More, β€œA Cool Coal Story” Kevin

25 Where Does Arizona Get Electricity?
There are 10 sections. Think in terms of fractions or percentages. If you color in 5 sections, that would be 𝟏 𝟐 or 50%. If you colored in 3 sections, that would be 𝟏 πŸ‘ or 30%. Try to think of all the resources Arizona uses. Assign a value to each. Robin

26 Energy Sources Jigsaw Write what you have learned on your poster
With your group, read your assigned expert passage to learn about your form of energy Write what you have learned on your poster Definition Facts Important to Know Challenges Sarah Definition (your own words)Β  Facts/ Characteristics Benefit Challenges

27 Break time!

28 How would you adjust for your class?
Presentation Time Sarah Share your Jigsaw 2 minutes How would you adjust for your class?

29 Where Does Arizona Get Electricity?
There are 10 sections. Think in terms of fractions or percentages. If you color in 5 sections, that would be 𝟏 𝟐 or 50%. If you colored in 3 sections, that would be 𝟏 πŸ‘ or 30%. Try to think of all the resources Arizona uses. Assign a value to each. Robin

30 Natural Resources Used for Energy in Arizona- 2016
Energy Information Administration, 2016 Robin

31 Natural Resources Used for Energy in Arizona
Source: U.S. Energy Information Administration, 2016

32 Natural Resources Used for Energy in U.S.
Robin Source: U.S. Energy Information Administration, 2016

33 Side-By-Side Comparison
U.S. Robin Arizona

34 SRP’s Resource Mix FY16 Robin

35 SRP’s Sustainable Portfolio FY16

36 Work Stations Flow of Electrons SRP Light Boxes Solar Fountains

37 Simulating Electric Current
First: Point to tape on the floor and image on screen β€œYou have a complete circuit with an energy source (battery), a pathway (wire), and a load (in this case a bell).” Second step: Have a few teachers stand inside the battery on the appropriate sides β€œOur battery is charged with negative and positive ions so that free electrons will want to move when a pathway is created (an electromotive force is created by the difference in charges)” Third step: Have teacher pairs (negative and positive) stand along the β€˜wire’ β€œEverything is made up of atoms, so we need atoms along the wire. We could be copper atoms, silver etc. (any type of conductor). We are a conductor so electrons will move easily here. But, until we are connected to the battery, there is no electromotive force. Therefore, we don’t move yet. We are stable.” Fourth step: Place the bell (or load) in the middle of the circuit. β€œWe want the electrical energy to do useful work for us. In this case we will use a bell. Every time an electron passes through the wires in the β€œalarm clock”, the bell will ring” Fifth step: Connect the wire! Teachers holding electron balls should displace each other along the wire. As they pass the β€˜clock’, that person will ring the bell. Once they have gotten to the other side of the battery they will match up with a positive ion. Once they have ALL gotten to the other side of the battery and are matched with a positive ion, they have reached stability. It’s a DEAD BATTERY because there is no longer a difference in charges to create an electromotive force. The clock won’t work and the battery must be replaced or recharged. Sixth step if time: Have teachers switch balls with another person (positive ions are now electrons etc.) Repeat the procedure.

38 Electromotive Force Set the switch to β€œIncan” for incandescent bulbs.
Turn the generator and see if you can light all the lights. Now set the switch to β€œLED” and turn the generator again. What happened? Discuss at your table. Robin

39 Solar Fountain Activity
A Solar Hydro Experiment

40 Game Time!!!!! Claudine What do you know about Kahoot.it
Powering Your Future? Claudine

41 Raffle Time!! Check your tickets

42 Powering Our Future Website
Lesson plans tied to science standards by grade Update with Arizona College and Career Readiness Standards β€œe-Journeys” To book a Powering Our Future Bike Presentation, contact Claudine Truxal at Claudine

43 Can work off of DVD or online
β€œe-Journeys” Three Modules Hydropower Solar power Wind power Construct e-Journals Can work off of DVD or online Claudine

44 Powering Our Future Grants
$350 available For teachers who have attended a POF training For supplementary materials and supplies to teach the hands-on components of the curriculum. Apply at Then click on grants. Kevin

45 SRP Education Web Page

46 Other Resources SRPnet.com/education - Workshops, grants, resource materials, etc. PoweringOurFuture.com - Lesson plans and e-Journeys NEED.org - Great printable resources on energy Amazon.com - Solar Fountains (+/- $12) and hand crank generators TheScienceOutlet.com - Variety of resources on energy and good prices

47 Please take a moment to fill out an evaluation form.
Thank You!! #SRPforEDU Kevin Rolfe Education Representative Salt River Project Please take a moment to fill out an evaluation form.


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